The Graupner mz-10 remote control is a inexpensive and yet very reliable remote control. The 5 control functions allow the operation of numerous flight models. The mz-10 has Graupner HoTT technology, a very long range and a wide operating voltage range (up to 4.8 volts). Bright LEDs indicate the channels, the binding status and the model setting (4 types: normal, delta, v-tail or 2 ailerons). The mz-10 has 4 stick modes.The transmitter antenna is protected and integrated in the handle.The instructions in German, English, French and Italian are included. Features: HoTT bi-directional 2.4GHz technology 75 hopping frequencies for reliable transmission Largely delay-free control reactions thanks to direct processing Simple operation via 8 bright LEDs Simple and extremely fast binding Easily programmable transmitter and receiver mixer functions Many additional display and programming options in combination with SMART-Box Stick units with ball bearings (8 ball bearings in total) Updateable via USB interface Binding of several receivers possible Dual rate for channels 2 - 4 together 70%/100% 4 model aircraft types (normal, delta model, 2 ailerons, V-tail) 4 stick modes (Mode 1, Mode 2, Mode 3, Mode 4) Maximum safety Extremely long range HoTT FHSS, frequency hopping over up to 75 channels Maximum interference immunity thanks to optimized frequency hopping, wide channel spread and antenna diversification Intelligent data transmission with correction function Range test and warning function Undervoltage warning Extremely wide receiver operating voltage range from 3.6 V to 8.4 V (functional up to 2.5 V) Numerous fail-safe functions Highest precision Shorter response times can be set (10ms period time) No additional delays due to module processors. The entire hopping management is carried out directly by the 32-bit main processor. Synchronous servo run possible due to simultaneous control of the servo outputs in blocks of 4 Unique pilot feeling Largely delay-free control reactions thanks to direct processing Telemetry evaluation in real time Wireless teacher/student function
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